4.Insert sensor into the casing, twist and click to the right to secure.

5.Slide temperature and humidity sensor onto the smaller end of the sensor connector.

REMOTE UNIT ASSEMBLY

To mount the temperature / humidity sensor:

EN

 

12

2

1

3

4

12. Slide outdoor sensor onto vertical attachment bracket.

15

1.Insert the cone-shaped end into the pole.

2.Using 2 screws, fix it firmly into place.

3.Insert the versatile plastic base into the pole. Align the holes of the pole with the holes of the plastic base.

4.Secure the plastic base by inserting the screw and screwing it tightly into the holes of the plastic base and pole.

IMPORTANT The sensor should be positioned in an open area away from trees or other obstructions.

5.Hammer pole (cone end down) into the ground at the desired spot until versatile plastic base is level with the ground.

TIP Place a block of wood between the pole and the hammer to prevent damage to the pole.

13

14

13.Slide the solar panel connector into place on the opposite side of the bracket. Slot the solar panel in place.

14.Adjust the solar panel. Once facing desired direction, use screw to fix in place.

15.Loosen the wing bolt and adjust the angle. Tighten wing bolt to secure solar panel at desired angle.

NOTE For best results, direct solar panel as follows:

Solar panel facing:

if you reside in the:

 

 

North

Southern Hemisphere

 

 

South

Northern Hemisphere

 

 

To mount the wind sensor:

 

6

7

8

9

16

17

16.Insert the wind vane into the attachment bracket.

17.Screw aluminum pole firmly into place.

6.Assemble middle pole on top of the bottom one.

7.Using two screws, fix it firmly into place.

8.Assemble top pole on top of the middle one.

9.Using two screws, fix it firmly into place.

11

10

10.Slide the vertical attachment bracket on top of the top pole.

11.Using two screws, fix it firmly into place.

IMPORTANT For best results, point the wind vane North.

20

18

19

18.Remove outdoor sensor from casing. Plug one solar panel cable into the socket.

19.Replace sensor into the casing.

20.Plug the other solar panel cable into the socket on the wind vane.

This will provide the sensors with an additional power supply.

NOTE There are slots to insert the solar power cables for convenient storage. There are also fasteners to help tighten the cables.

NOTE The Solar panel is an energy saving feature, which is an environmentally friendly way to provide additional power to the sensors and prolongs battery life. However, it cannot replace battery power entirely. Sensors can operate entirely on battery power.

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Oregon Scientific WMR200A Remote Unit Assembly, To mount the temperature / humidity sensor, To mount the wind sensor
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WMR200A, WMR200 specifications

The Oregon Scientific WMR200 is a versatile and advanced weather station designed for enthusiasts and professionals alike. Renowned for its user-friendly interface and robust functionality, the WMR200 is an excellent tool for monitoring both indoor and outdoor weather conditions.

One of the main features of the WMR200 is its array of sensors that provide comprehensive weather data. It includes an anemometer for measuring wind speed and direction, a rain gauge for precipitation measurement, and a thermo-hygrometer for tracking temperature and humidity levels. This combination allows users to analyze various weather elements, enhancing their understanding of local climate patterns.

The wireless technology embedded in the WMR200 is another key characteristic. The system utilizes advanced wireless transmission that allows sensors to communicate wirelessly with the main console, reducing the need for cumbersome cables. This feature not only simplifies setup but also enhances the overall aesthetic of the installation. The range of the wireless transmission is impressive, typically covering distances of up to 100 meters, depending on environmental factors.

The main console of the WMR200 features a clear LCD display that provides real-time readings of the collected data. Users can easily switch between various weather parameters, ensuring they have the most pertinent information at their fingertips. Additionally, the console can store historical weather data, enabling users to track changes over time and identify trends.

Another significant advantage of the WMR200 is its compatibility with online weather services. Users can sync their weather station with various online platforms, allowing them to share their data with a broader community or access specific analytical tools. This connectivity extends the utility of the WMR200 beyond individual use, fostering collaboration among amateur meteorologists and enthusiasts.

Furthermore, the WMR200 is designed with durability in mind. The sensors are built to withstand various weather conditions, ensuring accurate readings regardless of the elements. The materials used in the construction of the unit are weather-resistant, making it suitable for outdoor installation.

In summary, the Oregon Scientific WMR200 combines advanced technology with user-friendly design, catering to a diverse audience interested in weather observation. Its comprehensive sensor array, wireless features, historical data storage, and online connectivity make it an essential tool for anyone keen on understanding and monitoring weather dynamics. Whether for personal curiosity or professional applications, the WMR200 stands out as a reliable and effective weather station.
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